KR101126646B1 - The construction of assembly type - Google Patents

Abstract

PURPOSE: An assembly construction is provided to construct walls having excellent heat insulation effect because the walls are constructed by a double structure with general wall materials not to construct a thick wall material that has better heat insulation effect than the general wall material. CONSTITUTION: An assembly construction(10) comprises membranes and metal boards with plate type or wave type. The membranes connect between post frames or roof frames(30b) in order to make interior walls on the post frame and the roof frame respectively. The membranes have wires in both sides thereof. The wires are inserted into insertion grooves forming in the inner side of each post frame or each roof frame to be corresponded to each other. The metal boards with plate type or wave type connect between the post frames or the roof frames in order to make exterior walls on the post frame and the roof frame respectively. The metal board comprises fitting brackets in lengthwise under the board. The fitting bracket is inserted into insertion grooves forming on the exterior of each post frame or each roof frame to be corresponded to each other.

Description

The construction of assembly type

The present invention relates to a prefabricated structure, and more specifically, a frame as a basic skeleton to connect the frame to form a roof and a wall surface, and a film material connecting the inside of the frame forms the inside of the structure, and the outside of the frame It relates to a prefabricated structure that provides an assembly / configuration of a prefabricated structure consisting of a double structure of the roof and wall surfaces of the structure by forming the exterior of the metal plate connecting the structure.

In general, in the case of fixing the tent, it was tied with a string provided in the tent on the fixing frame, but there was a problem in that the tent was sagging due to wind, etc., which was not good for aesthetic appearance.

Also, in order to prevent the sagging phenomenon of the tent, it was supported using an auxiliary material such as a reinforcement frame or a rope, but this was not effectively supported, and there was a problem in that it was partially stretched and was not flat.

In addition, among the facilities constituting the wall using such a tent, the tent is a fixture installed by a plurality of frames and a tent fixed by using the frame as a prop, and is temporarily installed on a road such as a campsite or a playground and a large-scale logistics warehouse. Likewise, it is provided over a long period of time rather than temporarily.

Such tents are to be protected from intense sunlight during the summer season, and to be protected from rain or snow in rainy weather, and are simple facilities that serve to block the outside air by the wind or windshield.

Also, in addition to the facilities that make up the walls, such as tents, advertisement billboards, bus platforms, park facilities (chairs, playgrounds, etc.), temporary structures, bicycle storages, etc. There is a problem that the disharmony of the environment, the installation work and the dismantling work take a considerable amount of time to increase the number of labors, damage the surrounding natural environment, and that advertisements of various materials cannot be freely replaced and installed.

Patent registration 0791515, patent registration 0886343

Accordingly, the present invention has been proposed to solve the above-described conventional problems, and the film material constituting the skeleton of the prefabricated structure and the inner wall of the structure on the frame of the roof and the metal plate material connecting the outside of the frame. In constructing the outer wall of the structure, a prefabricated structure is provided so that the metal plate is easily connected to the frame, and a fitting bracket is provided.

In addition, by extending the eaves of the roof further to prevent the rain or snow from contacting the wall surface by preventing the rain or snow from falling into the structure at the end of the eaves of the roof when it rains or snow. Is provided.

The present invention is vertically stacked on the ground and forms four surfaces by forming a hollow part therein, but is bent and extended at right angles to both sides of the insertion groove and openings formed in the longitudinal direction of the outside in each side part of one surface, respectively. A plurality of strut frames are formed at the ends of both sides, respectively, with insertion grooves having openings formed in the longitudinal direction of the outer side, and are connected to the upper end of the strut frame to form a hollow part therein to form four surfaces. An insertion groove in which openings are formed in the lengthwise direction on each side of each side, and a plurality of roof frames in which opening grooves are formed in the longitudinal direction of the outside are provided at the ends of both sides which are bent at right angles to both sides of the one side, respectively In the prefabricated structure,
The strut frame and the roof frame are respectively connected between the strut frame and the strut frame so as to form an inner wall, and inserted into the insert grooves corresponding to each other formed inside the strut frame or the roof frame. The film material is provided with wires inserted at both ends as much as possible.
The strut frame and the roof frame are respectively connected between the strut frame and the strut frame so as to form an outer wall on the strut frame and the roof frame, and are inserted into the insert grooves corresponding to each other formed on the outer side of the strut frame or the roof frame. It provides a prefabricated structure characterized in that the fitting bracket is provided with a plate-like or corrugated metal plate fixed in the vertical direction of the lower surface.

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On the other hand, the fitting bracket provides a prefabricated structure consisting of a plate-shaped fastening plate to be fixed to the lower surface of the plate-shaped metal plate, and a support plate extending to the lower surface of the fastening plate and having a hook formed at an end.

On the other hand, it provides a prefabricated structure in which a coupling groove is formed so that the fastening plate of the fitting bracket is inserted in the vertical direction of the lower surface of the metal plate.

On the other hand, the fitting bracket is a prefabricated structure consisting of a support piece having a curved piece at the top and vertically extending at one end of the curved piece so as to face a concave part formed on the lower surface of the corrugated metal plate, and having a hook at the end. Gives

On the other hand, the roof frame is connected to the first binding portion to be inserted into the end portion of the roof frame so as to form the eaves of the roof formed, the end of the first binding portion and the curved extension portion, and the end portion of the curved extension portion It provides a prefabricated structure having a stepped portion protruding outwardly on one side, and an eave forming member comprising a second binding portion extending vertically to be inserted into the upper end of the support frame on the other side of the end portion.

On the other hand, instead of a metal plate being installed on the outer wall formed between the roof frame and the roof frame, a membrane material is inserted through an insertion groove formed on the outer side of the roof frame, and the membrane material is on the outside of the holding frame that is interviewed at the end of the roof frame. In the insertion/extension in the formed insertion groove to install the arch-shaped membrane material on the wall,

Between the support frame and the support frame, a film material extending from the roof forms an arch,

A first binding plate is attached to the front side of each side of the arch portion, and a second binding plate is formed on the rear side of each side of the arch portion to face the first binding plate and is formed with extension pieces extending to one side,

A pair of first connection grooves of “┌┐” type spaced apart from the extension piece of the second binding plate is formed,

Each of the first connection grooves is installed, the first and second connection grooves are interviewed on the front and rear surfaces to form a “c” ring piece in which a fastening groove communicates with one side, and a connecting member formed with an extended bolt portion on one side of the ring piece Is provided,

It provides a prefabricated structure that is attached to one side of the holding frame, the fastening plate is formed on one side of the "┌┐" type so as to insert the bolt portion of the connecting member coupled to each of the first and second connection grooves.

On the other hand, in the ridge portion forming the center of the roof formed by connecting the roof frame, a binding frame formed to be inserted into the inside of the roof frame end of one side formed by diagonal lines, and a seating plate is formed at the end of the binding frame to form the seating plate. A binding member on which a pair of rib plates protruding at predetermined intervals on the upper surface of the roof, and a roof frame on the one side and a roof frame on the other side, which are installed symmetrically, extend further to one side of the ridge, and the roof frame on the one side Provided is a prefabricated structure provided with a fitting member that is formed on a lower surface of a roof frame on the other side and a pair of rib grooves projecting downward to bind the rib plate of the binding member installed at the end.

The prefabricated structure of the present invention is constructed by constructing a structure having a double-structured wall surface and a roof structure in assembling a double-roof and wall surface using a frame connecting the roof and a wall surface and a metal plate and a film material fitted to the frame, A wall having a heat retention and durability is provided, and a wall member having a more excellent heat insulating effect can be constructed by constructing a wall member having a general thickness in a double structure without constructing a thick wall member having an excellent heat preservation effect.

In addition, by forming the eaves of the roof so that rainwater flowing down from the roof does not touch the wall surface so that rainwater falls on the ground, rainwater flows into the structure to prevent the humid environment inside the structure at the same time and prevents rainwater from flowing into the structure. It has the effect of providing a role to prevent condensation on the roof.

1 is a side view of a prefabricated structure according to the present invention.
2 is a front view of a prefabricated structure according to the present invention.
3 is a front view showing the roof/holding frame of the prefabricated structure according to the present invention.
Figure 4a is a connection diagram of the metal plate and the film member installed between the roof frame and the roof frame of the prefabricated structure according to the present invention.
Figure 4b is a structural diagram of the "A" portion in the prefabricated structure according to the invention of Figure 1;
Figure 5a is a cross-sectional view of the metal plate and the film member installed between the roof frame and the roof frame of the prefabricated structure according to the present invention.
Figure 5b is a cross-sectional view of the section "A" in the prefabricated structure according to the invention of Figure 4;
Figure 6 is a cross-sectional view of another form of the "A" portion in the prefabricated structure according to the invention of Figure 4;
7 is an assembly diagram in which the metal plate-fitting bracket is fastened to the inner insertion groove of the roof frame in the prefabricated structure according to the present invention.
8 is an assembly diagram in which a metal plate-fitting bracket is fastened in a prefabricated structure according to the present invention.
Figure 9 is a perspective view of the fitting bracket is installed on the metal plate formed with a coupling groove in the prefabricated structure according to the present invention.
10 is an assembly diagram in which the fitting bracket is installed on a metal plate having a coupling groove in the prefabricated structure according to the present invention of FIG. 9.
11 is a perspective view of a corrugated metal plate and a fitting bracket fastened to an inner insertion groove of a roof frame in a prefabricated structure according to the present invention.
12 is a front view of a corrugated metal plate and a fitting bracket fastened to an inner insertion groove of a roof frame in the prefabricated structure according to the present invention of FIG. 11.
13 is an assembly diagram in which the corrugated metal plate and the fitting bracket are fastened to the inner insertion groove of the roof frame in the prefabricated structure according to the present invention of FIG. 11.
14 is a structural diagram of the "B" portion in the prefabricated structure according to the present invention of FIG.
15 is a structure of a cylindrical roof frame in a prefabricated structure according to the present invention.
16 is a structural diagram in which a metal plate and a membrane member are installed on a cylindrical roof frame in a prefabricated structure according to the present invention.
Figure 17 is an exploded view of the eaves forming member of the "C" portion in the prefabricated structure according to the invention of Figure 2;
18 is a structural view of the eaves forming member in the prefabricated structure according to the invention of FIG.
19 is a side view of a prefabricated structure in which an arched membrane is installed in a prefabricated structure according to the present invention.
20 is an enlarged view of a portion “E” in the prefabricated structure according to the present invention in FIG. 19.
Figure 21 is an assembly diagram for fastening the arch-shaped membrane material in the prefabricated structure according to the invention of Figure 20.
22 is an assembled view of a second binding plate-connecting member 430a-fixing plate in the prefabricated structure according to the present invention of FIG.
23 is an assembled view of the second binding plate-connecting member 430b-fixing plate in the prefabricated structure according to the present invention.
24 is a perspective view of a connecting member in a prefabricated structure according to the present invention.
25 is a front view of a prefabricated structure having a shape of "入" and "人" on the floor of the prefabricated structure according to the present invention.
Figure 26 is an enlarged view of the "F" portion in the prefabricated structure according to the invention of Figure 25.
Figure 27 is an exploded view of the ridge portion in the prefabricated structure according to the invention of Figure 26.
Figure 28 is a binding frame in the prefabricated structure according to the invention-binding member-fitting member assembly diagram.

In order to achieve the above object will be described in detail through the following detailed description and drawings.

The prefabricated structure of the present invention can be changed in shape depending on the purpose of use, use and development institution, for example, a vertical cross-section can be constructed in a prefabricated membrane structure in the form of a triangular pyramid, pentagon, heptagon, etc. The technical elements constituting the described architectural structure are equally applied to all shapes, and it is clearly revealed that the shape is different depending on the assembly form of the frame to be constructed.

The prefabricated structure of the present invention is provided as an all-weather facility of an athletic facility such as a gate ball field, a badminton court, a tennis court, an inline skating court, etc., and can be used as a rest area other than an athletic facility, in particular, a pillar supporting the roof inside the prefabricated structure It is formed in a structure without a structure, and has a shape supported only by the support frame of the wall surface constituting the side surface.

Accordingly, the configuration of the present invention is vertically stacked on the ground as shown in FIG. 1 to FIG. 8 to form a hollow portion therein to form four faces, but the openings 31 in the longitudinal direction of the outer side on each of both sides of one side are provided. The formed insertion groove 32 and a plurality of holding frames 30a in which the insertion grooves 32 in which the openings 31 are formed in the outer longitudinal direction are respectively formed at the ends of both sides which are bent at right angles to both sides of the one surface and extend, respectively. It is provided, is connected to the upper end of the holding frame (30a) to form a hollow portion therein to form four surfaces, but the insertion groove 32 is formed with openings (31) in the longitudinal direction of the outside on each side of each side Prefabricated structure provided with a plurality of roof frames (30b) are formed with insertion grooves 32 are formed in the longitudinal direction of the outer side in each of the end portions of both sides extending by bending at right angles to both sides of the one surface and each ( In 10), between the support frame (30a) and the support frame (30a) or between the roof frame (30b) and the roof frame (30b) to form an inner wall on the support frame (30a) and the roof frame (30b), respectively. Connecting, and each of the holding frame (30a) or each roof frame (30b) is provided with a film material (40) with wires (41) inserted at both ends so as to be inserted into corresponding insertion grooves (32) formed inside , Between the strut frame 30a and the strut frame 30a or between the roof frame 30b and the roof frame 30b to form outer walls on the strut frame 30a and the roof frame 30b, respectively. A plate-shaped or corrugated metal plate in which the fitting bracket 200a is fixed in the longitudinal direction of the lower surface so as to be inserted into the corresponding insertion groove 32 formed on the outer side of each holding frame 30a or each roof frame 30b ( 100) provides a prefabricated structure (10) is provided.

As shown in Figures 4a, 4b, 5a and 5b in the film material 40 for sealing between the support frame 30a and the support frame 30a or between the roof frame 30b and the roof frame 30b , The wire 41 is inserted at both ends of the membrane material 40 to be inserted into the insertion groove 32 formed inside the support frame 30a to form the wall surface 20a, and the roof 20b also includes a roof frame ( 30b) is inserted into the insertion groove 32 formed on the inside to provide a roof 20b.

The metal plate 100 is plate-shaped or wave-shaped, as shown in FIGS. 7 and 8, is inserted into the insertion groove 32 formed on the outside of the support/roof frame 30a, 30b, or the outer wall of the wall surface 20a or In the fitting bracket (200a) provided on the lower surface of the metal plate material 100 to form the outer wall of the roof (20b), the fitting bracket (200a) is a plate-shaped fastening plate to be fixed to the lower surface of the plate-shaped metal plate material (100) ( 210), the fastening plate 210 is extended to the lower surface and provided with a support plate 220 having a locking port 230 formed at an end.

A fitting bracket 200a is installed in the vertical direction on both lower surfaces of the metal plate 100, and the fastening plate 210 of the fitting bracket 200a is interviewed on the lower surface of the metal plate 100, thereby rivet 50 or bolt / Fixing by using a nut, at this time, both sides of the metal plate 100 forms a marginal end 110 so as to cover the outer surface of the support frame 30a, and a fitting bracket 200a is attached to one side of the marginal end 110. Will be installed.

In this way, the locking hole 230 of the fitting bracket 200a is inserted into the insertion groove 32 formed inside the support/roof frame 30a, 30b, and the metal plate 100 is supported by the support/roof frame 30a, 30b. Covering the top/front side of the roof, the fitting bracket 200a and the metal plate 1000 are fixed using rivets 50 or bolts/nuts to form a roof 20b or a wall surface 20a.

In addition, as shown in FIG. 6, in the metal plate 100 to which the fitting bracket 200a is fixed, the fitting bracket 200a is fixed to an end portion of the metal plate 100, so that the holding/roof frame 30a, 30b) may be provided by being inserted into the insertion groove 32 formed on the outside.

Meanwhile, as shown in FIGS. 9 and 10, the coupling groove 120 is formed so that the fastening plate 210 of the fitting bracket 200a is slidably inserted in the longitudinal direction of the lower surface of the metal plate 100. In order to fix the fastening plate 210 and the metal plate 100 of the fitting bracket 200a, the fitting bracket 120 through the coupling groove 120 formed on the lower surface of the metal plate 100 without using the above-mentioned rivets or bolts/nuts By inserting and installing the fastening plate 210 of 200a), the roof 20b or the wall surface 20a is constructed.

On the other hand, as shown in Figure 11 to 13 instead of the fitting bracket 200a installed on the plate-shaped metal plate 100, the fitting bracket 200b is a concave portion 130 formed on the lower surface of the corrugated metal plate 100 Since the curved piece 240 is formed to be interviewed on the upper side, the curved piece 240 is vertically extended to one end of the curved piece 240 and is formed of a support piece 250 formed with a hook 260 at the end, so that the wave The metal plate 100 is provided to be fixed to the corrugated metal plate 100 so as to form a curved piece 240 of the fitting bracket 200b so as to be interviewed on the concave portion 130 formed on the lower surface.

In addition, both side openings 31 of the strut/roof frame 30a, 30b may be formed in the left/right direction, wherein the locking hole 31 and the extended support piece 250 of the fitting bracket 200b are It is extended/bended to the outside so that the locking hole 260 of the fitting bracket 200b can be freely moved to the opening 31, and both openings 31 of the support/roof frames 30a, 30b are front side. When formed in the direction, the locking hole 260 and the extended support piece 250 are formed vertically to be freely moved to the opening 31.

On the other hand, when installing the film material 40 and the metal plate 100 on the roof/holding frames 30b, 30a formed inside the roof 20b or inside the wall surface 20a of the prefabricated structure 10, the roof/holding frame When installing the film material 40 and the metal plate material 100 on both sides of (30b, 30a), the installation structure of the metal plate material 100 will be described as follows.

Inserting grooves 32 having openings 31 formed at both sides of the upper surface of the roof frame 30b are formed to install fitting brackets 200a in each of the inserting grooves 32, and of the fitting brackets 200a. The metal plate 100 is covered on the upper surface of the fastening plate 210 to fix the metal plate 100 using rivets 50 or bolts/nuts.

In addition, instead of the pillars/roof frames 30a, 30b having a square cross section, as shown in Figs. 15 and 16, cross-sections form circular pillars/roof frames 30a, 30b, and the circular pillars / A plurality of insertion grooves 32 having openings 31 formed in the longitudinal direction of the outer circumferential surfaces of the roof frames 30a and 30b are formed to be installed by sandwiching the metal plate 100 and the membrane material 40, and the aforementioned cross-section is square. It is applied in the same manner as the structure for fastening the metal plate material 100 and the film material 40 to the support/roof frames 30a and 30b of the frame.

On the other hand, in the eaves forming the end of the roof (20b) of the prefabricated structure (10), the roof frame (30b) supporting the roof (20b) as shown in Figure 3 (a) from the top of the holding frame (30a) It is further extended to the outside and is provided by forming metal eaves 100 or film 40 of the roof 20b so that both ends of the roof 20b extend eaves.

And, in the roof 20b of the prefabricated structure 10 having a vertical cross-section, the end of the roof frame 30b forming the roof 20b further extends outward as shown in Fig. 3(b). When the metal plate 100 or the membrane material 40 of the roof 20b is installed, the extended roof frame 30b covers the metal plate 100 or the membrane material 40 so that rain or snow naturally follows the roof surface. It quickly flows out of the roof 20b to prevent the roof 20b from collapsing or flowing into the structure.

On the other hand, the metal plate material 100 bound to the support frame/roof frame 30a, 30b forming the skeleton of the roof 20b and the wall surface 20a is made of tin, aluminum alloy, tin alloy, iron alloy, etc. By using a polycarbonate plate instead of the metal plate 100, it is provided by enhancing performance such as light weight and UV protection.

Meanwhile, as shown in FIGS. 2, 17 and 18, the first binding part 310 and the first binding part (to be inserted into the end portion of the roof frame 30b to form the eaves of the roof 20b) The end portion of the curved extension portion 310 and the curved extension portion 310, and the stepped portion 321 protruding outward is formed on one side of the end portion of the curved extension portion 320, and the end portion of the curved extension portion 320 is formed. Insertion grooves formed in the longitudinal direction of the second binding portion 330 extending vertically to be inserted into the upper end portion of the support frame 30a on the other side, and openings 341 on both sides on the outer circumferential surface of the curved extension portion 320, respectively It provides a prefabricated structure 10 is provided with the eaves forming member 300 consisting of the eaves frame 340 is formed (342).

In the eave forming member 300 to form the eaves at the end of the roof frame (30b) and at the same time to fix the roof frame (30b) by connecting the upper end of the support frame (30a), the roof frame (30b) of A first binding portion 310 is formed on one side to be inserted and fixed inside the end portion, and a second binding portion 330 is formed to be inserted and fixed inside the upper portion of the holding frame 30a, and the first binding portion is formed. An eaves forming member 300 in which a curved extension part 320 is formed between the part 310 and the second binding part 330 is provided.

Then, a second binding portion 330 is formed, which is connected to one side of the lower portion of the curved extension portion 320 of the eave forming member 300, and is formed on the other side of the lower portion of the curved extension portion 320 to the outside. The eave frame 340 is further formed so that the protruding stepped portion 321 is protruded, and the insertion grooves 342 in which the openings 341 are formed in the longitudinal direction on both sides on the outer circumferential surface of the curved extension portion 320 are formed. It is installed and provided.

The metal plate material 100 forming the outside of the roof 20b is extended/bended to form an eaves, and thus a hook 230 formed in the fitting bracket 200a of the metal plate material 100 is the eave frame 340 ) Is inserted into the insertion groove 342 to form an eave.

Of course, it will be apparent that the shape of the fitting bracket 200a is provided in a curved shape so as to face the curved shape of the eave frame 340.

On the other hand, instead of the metal plate 100 is installed on the outer wall of the roof 20b, as shown in FIGS. 19 to 22 and 24, through the insertion groove 32 formed on the outside of the roof frame 30b (film member ( 40) is inserted, and the membrane material 40 is inserted/extended into the insertion groove 32 formed on the outside of the holding frame 30a that is interviewed at the end of the roof frame 30b, so that the arch-shaped membrane material 400 is placed on the wall surface. In the installation, the film member 40 extending from the roof 20b between the support frame 30a and the support frame 30a forms an arch portion 401, respectively on both side ends of the arch portion 401. The second binding with the first binding plate 410 attached to the front side, and the extension pieces 421 extending to one side and facing the first binding plate 410 on both rear ends of the arch part 401 facing each other. A plate 420 is installed, a pair of “┌┐” type first connection grooves 422 spaced apart from the extension piece 421 of the second binding plate 420 is formed, and the first connection grooves 422 ), the first connection groove 422 is interviewed on the front/rear surface, and a “c” type ring piece 431a with a fastening groove 432 communicating with each other is formed, and the ring piece 431a A connecting member 430a having a bolt portion 433 extending on one side is provided, and a bolt of a connecting member 430a attached to one surface of the holding frame 30a and bound to each of the first connecting grooves 422 It provides a prefabricated structure (10) is provided with a fixed plate (440) is formed on one side of the locking piece (441) of the "┌┐" type so that the portion 433 is inserted.

In installing the film material 40 to form a wall surface 20a between the post frame 30a and the post frame 30a, the film material 40 is inserted into the insertion groove 32 formed outside the post frame 30a. ) By inserting the wires 41 formed on both side ends to form an arcuate membrane material 400 on the top of the wall surface 20a, that is, a membrane material 40 connecting between the roof frame 30b and the roof frame 30b Is extended to the upper end of the holding frame 30a, which is vertically connected to the ground by being interviewed with the end of the roof frame 30b, so that the membrane member 40 is extended, and the end portion of the membrane member 40 is an arch part 401. It is provided is provided with an arcuate film 400 to form a.

Thus, the end portion of the membrane member 40 extending to the upper portion of the support frame 30a is for binding to one surface of the front surface of the support frame 30a, which is the end portion of the membrane member 40 is an arch portion ( 401) is formed to pull and fix both ends of the end portion of the membrane member 40 to provide a fixing means for forming/maintaining the arch member membrane member 400 in a flat state.

Accordingly, the first binding plate 410 is attached to the front side of each side of the arch portion 401, and the first binding plate 410 is faced to the rear side of both side ends of the arch portion 401, and is bound to one side. A second binding plate 420 having an extended extension piece 421 is installed to fix the first and second binding plates 410 and 420 at both front and rear ends of the arch portion 401, respectively.

A pair of first connection grooves 422 spaced apart from the extension pieces 421 of the second binding plate 420 are formed, respectively installed in the first connection grooves 422, and each of the first connection grooves ( 422) is installed by inserting a “c” type ring piece 431a with a fastening groove 432 communicating with a through hole horizontally through, and a connecting member having a bolt portion 433 extending on one side of the ring piece 431a. 430a is provided and provided.

As shown in FIG. 22, the first connecting groove of the “┌┐” type formed in the extension piece 421 of the second binding plate 420 of the “c” shaped ring piece 431a of the connecting member 430a ( 422), and then insert the bolt 50 through the fastening groove 432 formed in the ring piece 431a to fasten it with a nut 55 to fix it.

Thus, the end of the bolt portion 433 of the connection member 430a bound to each of the first connection grooves 422 formed in the extension piece 421 of the second binding plate 420 is attached to one surface of the holding frame 30a. Inserted into a pair of “┌┐” type locking pieces 441 on one surface of the fixing plate 440, at this time, through holes are formed so that bolts can be inserted into the locking pieces, and the locking pieces 441 protrude to one side. The nut 55 is fastened to the end of the bolt portion 433 of the connected member 430a. At this time, the nut 55 fastened to the end of the bolt portion 433 is adjusted to flatten or tighten the arch-shaped film member 400. It is adjusted to maintain.

In addition, instead of the first connection groove 422 to the extension piece 421 of the second binding plate 420, as shown in FIGS. 23 and 24, the second connection groove penetrated through one surface of the extension piece 421 ( 423) and the third connection groove 424 having an elliptical shape spaced apart from the second connection groove 423, and before and after the second and third connection grooves 423 and 424, respectively, instead of the connection member 430a. An “o” type ring piece 431b in which a fastening groove 432 communicates with one another on the back surface is formed, and a connecting member 430b having a bolt portion 433 extending on one side of the ring piece 431b is formed. Formed and provided.

The ring piece 431b of the connecting member 430b is interviewed to the second and third connecting grooves 423 and 424 formed in the extension piece 421 of the second binding plate 420, so that the bolt 50 and the nut ( 55) is fixed by fastening, and the third connecting groove 424 forms an elliptical shape, thereby forming an elliptical third connecting groove 424 that can be adjusted to maintain the flat shape of the corrugated membrane 400. Have

On the other hand, as shown in Fig. 25 to Fig. 28, in the ridge portion 21 forming the center of the roof 20b, the shape of the roof 20b is a “人” or a “人” shaped left and right symmetrical. The end portion of the roof frame 30b formed by a diagonal line on one side or the other side so as to have to be made to extend further from the ridge portion 21 of the roof 20b, and inserted into the inside of the end of the roof frame 30b by one side formed by a diagonal line The binding frame 500 is formed to be formed, and a seating plate 511 is formed at an end of the binding frame 500, and a pair of rib plates 512 protruding at predetermined intervals on the upper surface of the seating plate 511 are formed. The formed binding member 510, the roof frame 20b on the one side and the roof frame 20b on the other side installed symmetrically further extend on one side of the floor 21, and the roof frame 30b on the one side ) Fit member 520 is installed on one side of the lower side of the roof frame (30b) of the other side so as to bind the rib plate 512 of the binding member 510 installed at the end, a pair of rib grooves 521 projecting downward It provides a prefabricated structure 10 is provided.

The binding frame 500 that is fixed to the inside of the end of the roof frame 30b of the one side shown in Figure 27 is formed, the seating plate 511 and the seating plate 511 connected to one side of the binding frame 500 A binding member 510 consisting of the rib plate 512 formed on the upper surface of the is installed.

Then, the roof frame 30b of the other side is formed to extend further in a predetermined length in the diagonal direction from the ridge portion 21 of the roof 20b, and a pair of rib grooves on one lower surface of the extended roof frame 30b The fitting member 520 on which the 521 is formed is fixed and provided.

In this way, the binding member 510 and the fitting member 520 installed on the roof frame 30b of one/the other side of the roof 20b are fastened, so that the fitting member (on the rib plate 512 of the binding member 510) The rib groove 521 of 520 is bound/fixed so that the roof frame 30b on the other side forms a roof 20b extending in a diagonal direction from the ridge 21.

In addition, the present invention described above is not limited by the above-described embodiments and the accompanying drawings, and various substitutions, modifications, and changes are possible within the scope of the present invention without departing from the technical field to which the present invention pertains. It will be clear to those who have the usual knowledge of.

Prefabricated structure: 10, Wall: 20a, Roof: 20b, Floor: 21, Prop frame: 30a, Roof frame: 30b, Opening: 31, Insertion groove: 32, Membrane material: 40, Wire: 41, Metal plate material: 100, Spare end: 110, Coupling groove: 120, Concave: 130, Fitting bracket: 200a, 200b, Fastening plate: 210, Support plate: 220, First catching hole: 230, Curved piece: 240, Supporting piece: 250, Second Hanging hole: 260, eave forming member: 300, first binding part: 310, curved extension: 320, stepped part: 321, second binding part: 330, eave frame: 340, opening: 341, insertion groove: 342, Arch-shaped membrane material: 400, arch part: 401, first binding plate: 410, second binding plate: 420, extension: 421, first connecting groove: 422, second connecting groove: 423, third connecting groove: 424, Connection member: 430a, 430b, ring piece: 431a, 431b, fastening groove: 432, bolt part: 433, fixing plate: 440, locking piece: 441, binding frame: 500, binding member: 510, seating plate: 511, rib plate : 512, fitting member: 520, rib groove: 521

Claims (10)

It is vertically stacked on the ground and forms four surfaces by forming a hollow part therein, but is bent at right angles to both sides of the insertion groove 32 and the opening grooves 31 formed in the longitudinal direction of the outside on each side of each side. A plurality of support frames 30a are formed at the end portions of both side surfaces that are extended to form insertion grooves 32 in which openings 31 are formed in the outer longitudinal direction, respectively, and are connected to the upper ends of the support frames 30a. Ends of both sides extending by bending at right angles to both sides of the insertion groove 32 in which the openings 31 are formed in the longitudinal direction of the outer side in each of the two side portions of one side are formed by forming a hollow portion therein. In the prefabricated structure 10 is provided with a plurality of roof frames (30b) are formed with an insertion groove 32 is formed in the longitudinal direction of the outer side in each part,
The strut frame 30a and the roof frame 30b are respectively connected between the strut frame 30a and the strut frame 30a or between the roof frame 30b and the roof frame 30b to form inner walls. The holding frame 30a or each roof frame 30b is provided with a film material 40 having wires 41 inserted at both ends so as to be inserted into the insertion grooves 32 corresponding to each other.
The post frame 30a and the roof frame 30b are respectively connected between the post frame 30a and the post frame 30a or between the roof frame 30b and the roof frame 30b to form an outer wall, respectively. The holding frame 30a or the roof frame 30b of the plate bracket or corrugated metal plate 100 fixed to the vertical direction of the lower surface of the fitting bracket 200a so as to be inserted into the insertion grooves 32 corresponding to each other Prefabricated structure, characterized in that provided. According to claim 1, In the holding / roof frame (30a, 30b) is inserted into the insertion groove 32 formed in the inner side of the fitting bracket (200a) provided on the lower surface of the metal plate 100 to form an outer wall,
The fitting bracket 200a is a plate-shaped fastening plate 210 to be fixed to the lower surface of the plate-shaped metal plate material 100, and a support plate 220 extending to the lower surface of the fastening plate 210 and having a locking port 230 at an end thereof Prefabricated structure, characterized in that consisting of. The prefabricated structure according to claim 2, wherein a coupling groove (120) is formed so that the fastening plate (210) of the fitting bracket (200a) is inserted in a slide direction in the longitudinal direction of the lower surface of the metal plate (100). According to claim 1, The fitting bracket (200b) instead of the fitting bracket (200a) installed on the plate-shaped metal plate (100) is the upper portion to be interviewed to the recess 130 formed on the lower surface of the corrugated metal plate (100) A curved piece 240 is formed, the prefabricated structure, characterized in that it consists of a support piece 250 extending vertically to one side end of the curved piece 240 is formed with a hook 260 at the end. According to claim 1, wherein the strut / roof frame (30a, 30b) instead of having a square cross-section to form a circular strut / roof frame (30a, 30b), the circular strut / roof frame (30a) , 30b) a prefabricated structure, characterized in that a plurality of insertion grooves 32 are formed in the longitudinal direction of the outer peripheral surface. The prefabricated structure according to any one of claims 1 to 4, wherein a polycarbonate plate is provided instead of the metal plate (100). According to claim 1, The roof frame (30b) is connected to the first binding portion 310 to be inserted into the end of the roof frame (30b) to form the eaves of the roof (20b) is formed,
The first end of the binding portion 310 and the curved extension portion and the bending extension 320,
A stepped portion 321 protruding outwardly is formed at one end of the curved extension portion 320, and vertically extended to be inserted into the upper end of the support frame 30a at the other end of the curved extension portion 320. Second binding unit 330 and,
It characterized in that the eave forming member 300 consisting of the eave frame 340 is formed on the outer circumferential surface of the curved extension portion 320, the insertion grooves 342 are formed with openings 341 in the longitudinal direction on each side, respectively Prefab structure made. According to claim 1, Instead of the metal plate 100 is installed on the outer wall formed between the roof frame (30b) and the roof frame (30b) film member through the insertion groove 32 formed on the outside of the roof frame (30b) (40) is inserted, and the membrane material (40) is inserted/extended into the insertion groove (32) formed on the outside of the holding frame (30a) that is interviewed at the end of the roof frame (30b), arched membrane material (400) on the wall surface In installing,
Between the support frame 30a and the support frame 30a, the film material 40 extending from the roof 20b forms an arch part 401,
The first binding plate 410 is attached to the front side of each side of the arch portion 401, and the first binding plate 410 is faced to the rear side of both side ends of the arch portion 401 to face and extend to one side. The second binding plate 420 on which the extended piece 421 is formed is installed,
A pair of “┌┐” type first connection grooves 422 are formed on the extension piece 421 of the second binding plate 420 to be spaced apart,
Each of the first connection grooves 422 is installed, and each of the first connection grooves 422 is interviewed on the front/rear surface, and a “c” type ring piece 431a is formed, on which a fastening groove 432 communicates. , A connecting member 430a having a bolt portion 433 extending on one side of the ring piece 431a is provided,
Attached to one surface of the holding frame 30a, a bolt part 433 of a connecting member 430 attached to each of the first connection grooves 422 is inserted into one surface of the “┌┐” type locking piece 441 so as to be inserted therein. Prefabricated structure, characterized in that the formed fixing plate 440 is provided. The method according to claim 8, wherein the second connecting groove (423) in the extension piece (421) of the second binding plate (420) instead of the first connecting groove (422) and the connecting member (430a) of the second binding plate (420) ) And the elliptical third connection groove 424 spaced apart from the second connection groove 423 is formed,
The “o” type is installed in the second and third connecting grooves 423 and 424, respectively, and is connected to the front and rear surfaces of the second and third connecting grooves 423 and 424, so that the fastening grooves 432 communicate with each other. Ring piece (431b) is formed, the prefabricated structure characterized in that the connecting member (430b) is formed with a bolt portion 433 extending on one side of the ring piece (431b) is provided. According to claim 1, In the ridge portion (21) forming the center of the roof (20b) formed by connecting the roof frame (30b), the shape of the roof (20b) with "人" or "人" The end portion of the roof frame 30b formed by a diagonal line on one side or the other side to have a symmetrical shape is made to extend further from the ridge portion 21 of the roof 20b, and the roof frame 30b on one side formed by a diagonal line ) The binding frame 500 is formed to be inserted inside the end,
The binding member 510 is formed on the end of the binding frame 500 is formed with a pair of rib plates 512 protruding at a predetermined interval on the upper surface of the seating plate 511 and,
The roof frame 20b of the one side and the roof frame 20b of the other side installed symmetrically are further extended to one side to the ridge 21, and the binding member 510 installed at the end of the roof frame 30b of the one side ) Is installed on one side of the roof frame 30b on the other side so as to bind the rib plate 512 of the assembly structure characterized in that the fitting member 520 is provided with a pair of rib grooves 521 projecting downward .

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